XEBEC's innovative software enables back burring on a 3D curved surface in combination with the uniquely designed Cutter. The path data can be used as soon as being installed on a NC program, saving your time to make your own program.
The contact points of the spherical cutting edge is continuously shifting. The red part shows the range of the blade use.
Micro-grain cemented carbide: Sharp and long lasting
Highly heat-resistant AlTiCrN coating: Support materials from non-ferrous (e.g. aluminum) to difficult-to-cut materials (e.g. titanium and inconel)
Helical Blade: Cleaner cutting edge and prevent secondary burrs
The tool can be mounted on machining center (XYZ-axis) or combined lathe (XZY or XZC-axis). 3-axis simultaneous control is required. For combined lathe, polar coordinate interpolation is required. It cannot be used maually.
Please refer to the instruction manual before use.
The point group data is provided by the set.
Deburring amout is a width of an edge after deburring. 5 deburring amounts are provided for each Path data. Select a deburrig amount wchich fits into processsing accuracy of a hole diameter and position.
Make the cumulative errors of the positions between the main bore and cross hole, and the hole diameters as small as possible.
|Deburring Amount (mm)||Allowable
|XC-18-A / B||1.8||0.07||0.09||0.11||0.13||0.15||0.08|
|XC-28-A / B||2.8||0.08||0.11||0.14||0.17||0.2||0.1|
|XC-38-A / B||3.8||0.09||0.13||0.17||0.21||0.25||0.12|
|XC-48-A / B||4.8||0.1||0.15||0.2||0.25||0.3||0.15|
|XC-58-A / B||5.8||0.1||0.15||0.2||0.25||0.3||0.18|
For machining center use, 1 Path data consists of 40 kinds of files.
2 edge type (upper and lower edge)
4 modes (incremental and absolute mode, down and up cutting)
5 deburring amounts
For combined lathe use, 1 Path data consists of 20 (XZY-axis) or 10 (XZC-axis) kinds of files.
The point group data of the XEBEC Path is calculated based on the tip of the Cutter. Configure the tool length offset at the tip of the Cuttter. Otherwise, it may cause breakage of the Cutter or machinery.
For the X and Y axes, set the start point to the center coordinate of the cross hole. For the Z axis, set the start point upward or down ward by the length of the radius of the main bore φ1 from the center coordinate. Prior to calling a XEBEC Back Burr Path program, make sure to position the Cutter to the start in all X,Y and Z axis. *For absolute mode paths, a start point is set as the origin of processing (X0, Y0, Z0)
If the diameter of the cross hole is equal to or greater than the diameter of the main bore. (For example, if the main bore is Φ10 mm and the cross hole is Φ10 mm or larger.)
If the diameter of the cross hole is more than 70％ of the diameter of the main bore. (For example, if the main bore is Φ10 mm and the cross hole is Φ7 mm or larger.)Get Started
|Product code||Cutter Diameter
|Product code||Cutter Diameter
1. When processing alumnium alloy, you can increase the spindle speed about twice the speed listed on the table above.
2. In order to improve processing result, change the spindle speed, table feed or deburring amount.
3. If the spindle speed and /or table feed fail to meet the standard conditions listed in the table, or an abnormal vibration or noise occurs, lower the spindle speed and table feed at an equel rate. Make sure to maintain the feed per rev (fn).
XEBEC Back Burr Cutter and Path consists of the spherical cutter specially designed for deburring and the tailor-made path data, which is a series of coordinates.
The Cutter with Path is an extremely cost effective CNC back burr deburring solution. The high-quality performance will prevent secondary burrs and create uniform edge shape, with no programming, no manual work and none of the frustration of troubleshooting your own path.
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You can check whether XEBEC Back Burr Cutter and Path can be implemented on your workpiece and machining equipment. The result is immediately available.
Cutting fiber brushes and stones are cutting tools and are often rotated at high speeds with a power tool or in a machine tool. They should never be operated at higher than the maximum speeds listed. When using these tools, safety glasses and gloves should be worn. Breathing the dust created by using these products for prolonged periods of time should be avoided.